GVHD associated shifts in GSH metabolism in Allo relative to Syn BMT at Day+4. by Jung H. Suh (523844)

“…Green represents metabolites with mean concentrations in Allo mice that are significantly (p>0.5) increased (>25%) over syn mice. …”

Hemodynamic and tachycardic response to social defeat and witness stress on the first and fifth exposure to stress. by Julie E. Finnell (3797842)

“…<p>Physical interaction with the resident in the form of social defeat (intruder) and witnessing such an interaction produced nearly identical increases in mean arterial pressure (MAP) on days 1 (A) and 5 (B) of stress exposure above that of controls. …”

Noise reduction and quantification of fiber orientations in greyscale images by Maximilian Witte (8313381)

“…A comparison to a state-of-the-art band-pass method revealed that the AF method is more suitable for the application on greyscale fiber images, since the error of the fiber dispersion significantly decreased from (33.9 ± 26.5)% to (13.2 ± 12.7)%. …”

Assay of enzyme activity, argininosuccninate production, western blot analysis, assay of reduced thiol pool and polyamine level. by Abul Hasan Sardar (573177)

“…Exposing the WT cell line to the stress inducing reagents, menadione (oxidative stress) or a mixture of menadione and SNAP induced a ~1.8-and ~1.5-fold increase in enzymatic activity, respectively was observed. …”

Collapse regime, hysteresis, and recovery of plant–pollinator mutualistic networks. by Gaurav Baruah (7257587)

“…The size of the nodes indicates the number of unique intergroup interactions, i.e., the larger the node size is, the higher the number of interactions. (B, C) As the transition parameter, which is <i>γ</i>₀, decreases, the mutualistic network transitions from a high-functioning stable state—high species richness in B and high biomass in C—to a low-functioning undesirable state—low richness in B and low biomass depicted by dark pink points. …”

Data_Sheet_1_Genomic Regions, Molecular Markers, and Flanking Genes of Metribuzin Tolerance in Wheat (Triticum aestivum L.).xlsx by Benjamin Kurya (12565471)

“…<p>Understanding the genetics of metribuzin (a group C herbicide) tolerance in wheat is vital in developing tolerant cultivars to improve wheat productivity in dryland farming systems. …”

Expression profiles of mRNA markers of cardiac phenotypes. by Trond Brattelid (290970)

“…(A) Expression of ANP mRNA increases at birth and in HF; (B) MHC-α mRNA expression increases at birth and during transition from neonatal to adult and decreases in HF; (C) MHC-β mRNA expression demonstrates a transitional increase at birth and an increase in HF; (D) The ratio of MHC-β over MHC-α mRNA expression confirms transition in phenotype from foetal to adult and from Sham to HF. …”

Probiotics regulate Toll-like receptor (TLR) pathway in the lung 24 hours post CLP. by Ludmila Khailova (337471)

“…<p>Reverse transcription and real-time PCR assays were performed to quantify steady-state mRNA levels of TLR-2, TLR-4, MyD88 and NFΚB (p50/p105). (A) TLR-2 and (C) MyD88 were significantly upregulated in the septic group compared to shams (P<0.05) and significantly downregulated in the lungs of LGG and BL treated septic mice compared to untreated septic mice. …”

Parameterizing the cortical state based on avalanche distributions. by Leila Fakhraei (4002038)

“…<p>For both the experiment (a-c) and the model (d-f), we indexed the continuum of observed cortical states based on the prevalence of different spatiotemporal scales of activity. …”

Effect of BR2-PR-PPD peptides on EGF-induced cell proliferation. by Panthita Kaewjanthong (12184485)

“…(C) and (D) A549 2x10⁵ cells were cultured in 2% DCC-RPMI medium for 24 h. …”

Glial fibrillary acidic protein (GFAP) immunolabeling in the spinal cord ventral horn 12 weeks after ventral root avulsion. by Roberta Barbizan (410367)

“…Observe that ventral root implantation decreased astroglial reaction. (E) The mean ratio of the ipsi-/contralateral integrated intensity of pixels of the ipsilateral and contralateral sides in both groups. …”

Distal cue novelty task. by Desiree R. Seib (5249750)

“…<p>A) Rats decreased exploration of the objects over the 6 trials (Mauchly’s test P = 0.2; trial effect, F_5,135 = 44, P<0.001, partial η² = 0.62) and did not increase exploration upon changes to the distal context on trial 6 (trial 6 vs trials 1–4 all P<0.01, trial 6 vs trial 5 P = 0.3). …”

Uniformity and comparability: an analysis of the relevance for the Brazilian capital market by Emanuelle Frasson Guimarães (12830659)

Interactions between sweat rates, sweat losses and estimates of CFTR function. by Jessica E. Char (476386)

“…The horizontal blue bar shows the range of mean C-sweat responses for the 5 control subjects used in this study (<a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0175486#pone.0175486.t002" target="_blank">Table 2</a>). …”

Effects of periodontitis on the development of asthma: The role of photodynamic therapy by Larissa Carbonera Candeo (4597666)

“…However, in the A+P group, there was a decrease in these cells, except for in the A+P+PT+PDT group (p<0.05). …”

Image_2_The S2–S3 Loop of Kv7.4 Channels Is Essential for Calmodulin Regulation of Channel Activation.tif by Wenhui Zhuang (10007378)

“…Kv7.4 channels co-expressed with wild-type (WT) CaM show inhibited activation when intracellular calcium levels increase, while Kv7.4 channels co-expressed with CaM₁₂₃₄ or CaM₃ are insensitive to calcium. Mutations C156A, C157A, C158V, R159, and R161A, which are located within the Kv7.4 S2–S3 loop, dramatically facilitate activation of Kv7.4 channels co-expressed with WT CaM but have no effect on activation of Kv7.4 channels co-expressed with CaM₃, indicating that these five mutations decrease the inhibitory effect of Ca²⁺/CaM. …”

Image_7_The S2–S3 Loop of Kv7.4 Channels Is Essential for Calmodulin Regulation of Channel Activation.tif by Wenhui Zhuang (10007378)

“…Kv7.4 channels co-expressed with wild-type (WT) CaM show inhibited activation when intracellular calcium levels increase, while Kv7.4 channels co-expressed with CaM₁₂₃₄ or CaM₃ are insensitive to calcium. Mutations C156A, C157A, C158V, R159, and R161A, which are located within the Kv7.4 S2–S3 loop, dramatically facilitate activation of Kv7.4 channels co-expressed with WT CaM but have no effect on activation of Kv7.4 channels co-expressed with CaM₃, indicating that these five mutations decrease the inhibitory effect of Ca²⁺/CaM. …”

Image_4_The S2–S3 Loop of Kv7.4 Channels Is Essential for Calmodulin Regulation of Channel Activation.tif by Wenhui Zhuang (10007378)

“…Kv7.4 channels co-expressed with wild-type (WT) CaM show inhibited activation when intracellular calcium levels increase, while Kv7.4 channels co-expressed with CaM₁₂₃₄ or CaM₃ are insensitive to calcium. Mutations C156A, C157A, C158V, R159, and R161A, which are located within the Kv7.4 S2–S3 loop, dramatically facilitate activation of Kv7.4 channels co-expressed with WT CaM but have no effect on activation of Kv7.4 channels co-expressed with CaM₃, indicating that these five mutations decrease the inhibitory effect of Ca²⁺/CaM. …”

Image_6_The S2–S3 Loop of Kv7.4 Channels Is Essential for Calmodulin Regulation of Channel Activation.tif by Wenhui Zhuang (10007378)

“…Kv7.4 channels co-expressed with wild-type (WT) CaM show inhibited activation when intracellular calcium levels increase, while Kv7.4 channels co-expressed with CaM₁₂₃₄ or CaM₃ are insensitive to calcium. Mutations C156A, C157A, C158V, R159, and R161A, which are located within the Kv7.4 S2–S3 loop, dramatically facilitate activation of Kv7.4 channels co-expressed with WT CaM but have no effect on activation of Kv7.4 channels co-expressed with CaM₃, indicating that these five mutations decrease the inhibitory effect of Ca²⁺/CaM. …”

Image_8_The S2–S3 Loop of Kv7.4 Channels Is Essential for Calmodulin Regulation of Channel Activation.tif by Wenhui Zhuang (10007378)

“…Kv7.4 channels co-expressed with wild-type (WT) CaM show inhibited activation when intracellular calcium levels increase, while Kv7.4 channels co-expressed with CaM₁₂₃₄ or CaM₃ are insensitive to calcium. Mutations C156A, C157A, C158V, R159, and R161A, which are located within the Kv7.4 S2–S3 loop, dramatically facilitate activation of Kv7.4 channels co-expressed with WT CaM but have no effect on activation of Kv7.4 channels co-expressed with CaM₃, indicating that these five mutations decrease the inhibitory effect of Ca²⁺/CaM. …”